空分复用的英文

• space division multiplexing sdm

• "空"英文翻译    leave empty or blank; empty; ...
• "分"英文翻译    component
• "复用"英文翻译    multiplexing; multiplex
• "光空分复用" 英文翻译 :    optical space division multiplexing; optical spacedivision multiplexing
• "空分复用制" 英文翻译 :    space division multiplex; space-division multiplexing
• "光空分复用技术" 英文翻译 :    osdm
• "波分复用" 英文翻译 :    wave division multiplex; wavelength-division multiplex wdm; wdh; wdm waveength division mtipexing; wdm wavelength division multiplexing
• "波分复用器" 英文翻译 :    wavelength division multiplexer; wdm fiber optic transmitter module
• "电时分复用" 英文翻译 :    etdm electrical tdm; etdm:electrical time division multiplexing
• "光波分复用" 英文翻译 :    owdm optical wavelength division multiplexing
• "光码分复用" 英文翻译 :    ocdm
• "光频分复用" 英文翻译 :    optical frequency division multiplex
• "光时分复用" 英文翻译 :    optica time division mtipexing; otdm optical time division multiplexing
• "码分复用" 英文翻译 :    cdm code division multiplex; cdm: code division multiplexing
• "频分复用" 英文翻译 :    fdm frequency division multiplexing; fe frequency-division multiplexing; frequency-division multiplexing
• "色分复用" 英文翻译 :    colour-division multiplexing
• "时分复用" 英文翻译 :    tdd time division duplexing; tdm time division mtipexing; tdm time division multiplexing; tdm-vdma tdm-variable destination multiple access; time multiplexing; time-division multiplexing (tdm)
• "时分复用器" 英文翻译 :    adaptive multiplexer = time division multiplex equipment
• "波分复用和复用器" 英文翻译 :    wdm wavelength division multiplex and multiplexer
• "时分复用和复用器" 英文翻译 :    tdm time division multiplex and multiplexer
• "波分复用系统" 英文翻译 :    wdm systems
• "宽带码分复用" 英文翻译 :    b-cdma; wide code division multiple access
• "脉冲波分复用" 英文翻译 :    cpwdm chirped-pulse wavelength division multiplexing
• "脉冲时分复用" 英文翻译 :    ptm pulse time division multiplex
• "密集波分复用" 英文翻译 :    dense wavelength division multiplexing dwdm; dense wdm dwdm; dwdm dense wavelength division multiplexing; dwdm: density wavelength division multiplexing; dwdm:dense wave-length division multiplexing

• Sdm space division multiplexing
  空分复用
• Space division multiplexing sdm
  空分复用
• On condition that all packets can be received successfully , the basestation dynamically schedules uplink and downlink traffic to achieve efficient sdma . approximate analysis of channel utilization is presented
  结果表明， asama协议能有效支持多波束智能天线应用以实现信道空分复用，具有很高的信道利用率与良好的时延性能。
• The interrogation of fiber grating sensor with tunable fbg filter system controlled by computer is well introduced . by using this interrogating method , we finished experiment of fiber grating sensor wdm and sdm
  详细阐述了使用自行设计的计算机控制的可调谐滤波系统,进行传感解调工作,并完成了光纤光栅传感的空分复用和波分复用解调实验。
• Multiplexed sensor technology was studied , a new way was applied to realized series connection and parallel connection multiplex . 5 . new generation fiber optic strain - sensing gauge was applied to realize long period strain healthy monitoring of dafosi bridge in the yangtze river
  在传感系统复用技术研究方面，本文比较了几种法珀传感器的复用方式，考虑测量系统的难易程度和成本，选择了空分复用方式作为传感系统的复用方案，提出了腔长域解复用的新方法，并进行了串并联复用仿真。
• Previous research on the ad hoc network almost aim at omnidirectional antenna of all receivers and transmitters , or as a default attribution . in my thesis , firstly i describe the advantages of the directional antenna at many aspects which including spatial division multiple access ( sdma ) , the antenna gain , anti - interference etc . and analyze the possibility about the directional antenna used for the ad hoc networks , secondly i study its multiple access and routine protocols using the directional antenna . and compare the protocol difference and network " performance between omnidirectional and directional antenna in particular environment
  首先阐述了定向天线在网络空分复用( sdma ) 、天线增益、抗干扰等方面的的优势，分析了定向天线用于移动自组网的可行性，接着重点研究了基于定向天线的多址接入协议和路由协议，分析了与全向天线在组网和协议实现中的异同点和优缺点，并对特定的环境下的网络性能作了对比。